753,909 tools. Updated 2026-11-06 23:19
"A server for finding biological models or resources" matching MCP tools:
- Create frequency-dependent dielectrics with Debye relaxation to model polar materials such as water, biological tissues, polymers, and soil.AGPL 3.0
- Search ChEBI ontology for biological terms related to a chemical or drug name, returning identifiers, labels, descriptions, and synonyms.Apache 2.0
- List available models, tests, sources, and other resources within a dbt project to understand project structure, identify dependencies, and select resources for operations.MIT
- List recently updated curated BioModels mathematical models with accession IDs, names, formats, dates, submitters, and URLs sorted by modification date to discover new or revised biological models.MIT
- Search BioModels for peer-reviewed mathematical models of biological systems, including signaling, metabolic, and disease models, and filter by curation status.MIT
- Find any Metabase asset—cards, dashboards, collections, or models—by searching across all content. Discover and locate analytical resources.MIT
Matching MCP Servers
- FlicenseAqualityBmaintenanceEnables searching, comparing, and inspecting AI models by pricing, context window, and capabilities via the models.dev catalog.8-
- AlicenseAqualityDmaintenanceClassifies development task complexity (LIGHT/MEDIUM/HEAVY) and recommends the most cost-efficient AI model per provider, enabling optimized model selection for coding tasks.341 npmMIT
Matching MCP Connectors
Ask Claude, GPT, Grok, GLM, Kimi or DeepSeek from your client; token price plus a $0.001 call fee.
Ask any text model in the TopxAI catalogue (Claude, GPT, Grok, GLM, Kimi, DeepSeek) from inside another model's conversation: a second opinion, a review, or a model the host does not have. Tools: list_models (models, USD prices per million tokens and the call fee) and ask_model. Authenticate with a TopxAI API key as a Bearer token; billed at the model's token price plus a $0.001 call fee. Docs: https://ai.topxea.com/mcp
- Create a Debye model material for frequency-dependent permittivity, capturing dielectric relaxation in polar materials such as biological tissues and water.AGPL 3.0
- Check server diagnostics for authentication, models, storage, uploads, resources, and health to identify issues and verify system status.MIT
- Creates frequency-dependent dielectric materials using the Debye relaxation model for polar dielectrics such as biological tissues, water, polymers, and soil.AGPL 3.0
- Retrieve comprehensive metadata for a biological sample or dataset by providing its unique identifier.BSD 3-Clause
- Browse and filter available models, checkpoints, LoRAs, VAEs, and other resources in your ComfyUI models directory to select assets for AI image generation workflows.MIT
- List stories, models, folders, and other resources in SAP Analytics Cloud. Filter results by resource type or parent folder.ISC
- Find biological assays by target protein, gene name, description, or data source to support chemical research and analysis.MIT
- Find biological targets by name, type, or organism to support drug discovery and research.MIT
- Find biological pathways in Reactome by searching names, descriptions, or keywords to identify relevant cellular processes and molecular interactions.MIT
- Search for biological assays by target protein, gene name, or data source using PubChem MCP Server. Retrieve detailed bioassay data to support chemical and biological research.-
- Claim a finding to reserve it for your agent, preventing duplicate work. Automatically released after 30 minutes or when closed; renew by claiming again.MIT
- Record the outcome for a performance finding, marking it as resolved, dismissed, or open. Include a note explaining the solution or rationale for future readers.MIT
- Discover x402 payment-gated APIs and resources on OPEN indexes without cost, then quote and pay for a chosen resource.MIT
- Inspect available models and per-token prices before making a paid inference request. Free read-only catalog with no authentication or parameters.MIT No Attribution
- Identifies the specific web pages AI models cite for a keyword, returning URLs, domains, mention counts, and AI search volume at country level so you can target pages rather than just domains.MIT